NG series safety switches with solenoid and RFID technology

Transcription

1 series safety switches with solenoid and RFID technology These switches are used on machines where the hazardous conditions remain for a while, even after the machines have been switched off, for example because of mechanical inertia of pulleys, saw disks, parts under pressure or with high temperatures. Thus, the switches can also be used if individual guards are only to be opened under certain conditions. Maximum safety with a single device The series switches are constructed with redundant electronics. As a result, the maximum PL e and SIL safety levels can still be achieved through the use of a single device on a guard. This avoids expensive wiring in the field and allows faster installation. Inside the control cabinet, the two electronic safety outputs must be connected to a safety module with OSSD inputs or to a safety PLC. Versions with mode (safety outputs active when guard closed and locked) are interlocks with guard locking acc. to ISO ; the product is labelled with the symbol shown. Series connection of several switches One of the most important features of the series is the possibility of connecting up to sensors in series, while still maintaining the maximum safety levels PL e laid down in EN 89 and SIL acc. to EN 0. This connection type is permissible in safety systems which have a safety module at the end of the chain that monitors the outputs of the last switch. The fact that the PL e safety level can be maintained even with sensors connected in series demonstrates the extremely secure structure of each single device. Series connection with other devices DDAF DDAF DDAF Pizzato Elettrica CS series safety module The series features two safety inputs and two safety outputs, which can be connected in series with other Pizzato Elettrica safety devices. This option allows the creation of safety chains containing various devices. For example, stainless steel safety hinges (HX BEE series), transponder sensors (ST series) and door lock sensors ( series) can be connected in series while still maintaining the maximum PL e and SIL safety levels. HX BEE HX BEE DDAF ST DDMKDT DDAF ST DDMKDT Pizzato Elettrica CS series safety module RFID actuators with high coding level The series is provided with an electronic system based on RFID technology to detect the actuator. This allows to provide each actuator with different coding and makes it impossible to tamper with a device by using another actuator of the same series. Millions of different coding combinations are possible for the actuators. They are therefore classified as high level coded actuators, according to EN ISO. Dustproof The switch is provided with a through hole for inserting the actuator. Thanks to this unique feature, any dust that enters the actuator hole can always come out on the opposite side instead of remaining inside. Moreover, the lock pin is provided with a diaphragm seal, making the system suitable for critical environments with a high level of dust. Holding force of the locked actuator The strong interlocking system guarantees a maximum actuator holding force of F max = 970 N. This is one of the highest values currently available on the market today, making this device suitable for heavyduty applications. Integrated control devices The switch is also available with elevated cover. Control devices such as buttons, emergency buttons, indicator lights or selectors can thereby be attached directly to the switch together with corresponding contact blocks. The result is a compact solution with direct access to control devices without needing to install them separately on the switch panel or in their own housing. The devices can be illuminated and, thanks to the PUSHIN springoperated connections, wiring is quick and intuitive. Centring The switch is provided with a wide centring inlet for the actuator pin. This solution makes it easier to align the actuator and the opening hole on the head during installation. Moreover, this solution drastically reduces the probability of a collision between the switch and the actuator, making it possible to install the device even on inaccurately closing doors. Pushin springoperated connections The switch is provided with a PUSHIN type springoperated connection system on the inside. This technology allows wiring to be performed quickly and easily, as the wire just needs to be inserted into the appropriate hole in order to establish the electrical connection and automatically secure the wire. This operation can be performed with rigid or flexible wires with a crimped wireend sleeve and requires no tools. Release is obtained by pressing the appropriate wirereleasing button. General Catalogue Safety 0708

2 Six s for immediate diagnosis As the s have been designed for quick immediate diagnosis, the status of each input and output is highlighted by one specific. This makes it possible to quickly identify the interruption points in the safety chain, which device is released, which door is opened and any errors inside the device. All of this at a glance, without needing to decode complex flashing sequences. Protection against tampering Each actuator of the series is supplied with four protective caps. Not only do the caps prevent dirt from accumulating and simplify cleaning, they also block access to the fastening screws of the actuator. As a result, standard screws can be used instead of tamperproof screws. Holding force of the unlocked actuator The inside of each switch features a device which holds the actuator in its closed position. Ideal for all those applications where several doors are unlocked simultaneously, but only one is actually opened. The device keeps all the unlocked doors in their position with a retaining force of N~, stopping any vibrations or gusts of wind from opening them. Articulated actuator for inaccurately closing doors All series actuators are articulated, thereby allowing the actuator pin to be safely guided into the switch through the centring hole. As a result, the actuator and switch do not need to be precisely aligned during installation. In addition, the device can thereby be used on doors with a minimum actuation radius of 0 mm without the actuation pin needing to be angled. Function for protecting against recoil forces If a door is closed too quickly or with so much force that the recoil would cause it to open again, a special function in the switch prevents locking. This function prevents the immediate locking of the door if the lock signal is applied. This protects the switch against recoil forces that occur during instantaneous locking. This serves to protect the switch from damage and forces the operator to close the door more gently. Head and devices with variable orientation The system can be variably configured by loosening the screws on the head. The key release device and the emergency release button can also be rotated and secured independently of one another in steps of 90. The device can thus assume different configurations. Key release device and emergency release button The key release device (auxiliary release) is used to permit unlocking of the actuator only by personnel in possession of the key. The device also functions with no power supply and, once actuated, prevents the guard from being locked. The emergency release button (escape release) allows actuator release and immediate opening of the door. Generally used in machines within which an operator could inadvertently become trapped, it faces towards the machine interior, to allow the operator to exit even in the event of a power failure. The button has two stable states and can be freely extended in length with suitable extensions (see accessories). Both devices can be positioned on the four sides of the switch. As a result, it can be installed both towards the interior and towards the exterior of the machine. Nondetachable head and release devices The head and the release device can be rotated but cannot be detached from each other. This makes the switch more secure since the problem of incorrect assembly by the installer cannot occur; in addition, the risk of damage is lower (loss of small parts, penetration of dirt, etc.). High protection degree These devices are designed to be used in the toughest environmental conditions and they pass the IP7 immersion test acc. to EN 09. They can therefore be used in all environments where maximum protection degree of the housing is required. Due to their special design, these devices are suitable for use in equipment subjected to cleaning with high pressure hot water jets. These devices meet the IP9K test requirements according to ISO 0 (water jets with 0 bar and 80 C). Two safety output actuation modes Two different activation modes are available for the switch active safety outputs with guard closed and locked (mode ) for machines with inertia or active safety outputs with guard closed (mode ) for machines without inertia. External device monitoring On request, the switch can be supplied with EDM function (External Device Monitoring). In this case, the switch itself checks the proper function of the devices connected to the safety outputs. These devices (usually relays or safety contactors) must send a feedback signal to the EDM input, which checks that the received signal is consistent with the state of the safety outputs. General Catalogue Safety 0708

3 series safety switches with solenoid and RFID technology Selection diagram HEAD TYPE AND OPER ATI PRINCIPLE DD DD D7D D7E Locked actuator with deenergised solenoid with key release Locked actuator with deenergised solenoid with key release and emergency release button Locked actuator with deenergised solenoid with emergency release button Locked actuator with energised solenoid with emergency release button DD Locked actuator with deenergised solenoid DE Locked actuator with energised solenoid ACTUATORS VN F Low level coded actuator VN F High level coded actuator COVER CONFIGURATIONS A C D E F G H CONDUIT ENTRIES Threaded conduit entries M0 product options With M metal male connector K pole, bottom K pole, right K pole, left accessory sold separately With M metal male connector for standalone connection K9 8pole, bottom K9 8pole, right K9 8pole, left With M metal male connector for series connection with Y connectors K90 8pole, bottom K9 8pole, right K9 8pole, left With M metal male connector (clockwise numbering) K900 pole, bottom K90 pole, right K90 pole, left With M metal male connector (clockwise numbering) K0 pole, bottom, configuration K0 pole, bottom, configuration General Catalogue Safety 0708

4 Code structure Attention! The feasibility of a code number does not mean the effective availability of a product. Please contact our sales office. article options DDAFEK900LP Operating principle DD locked actuator with deenergised solenoid DE locked actuator with energised solenoid DD locked actuator with deenergised solenoid. With key release locked actuator with deenergised DD solenoid. With key release and emergency release button D7D locked actuator with deenergised solenoid. With emergency release button D7E locked actuator with energised solenoid. With emergency release button Inputs and outputs safety inputs, safety outputs, signalling output closed guard signalling output locked guard solenoid activation input I Note Supplied only together with actuator safety inputs, safety outputs, signalling output closed guard signalling output locked guard solenoid activation input I programming input I safety inputs, safety outputs, signalling output closed guard signalling output locked guard solenoid activation input I programming input I feedback input EDM I safety inputs, safety outputs, signalling output closed guard signalling output FAULT solenoid activation input I programming input I Activation of OS outputs mode OS safety outputs active with locked guard mode OS safety outputs active with closed guard Release button length for max. mm wall thickness (standard) LP for max. mm wall thickness LP for max. mm wall thickness LP0 for max. 0 mm wall thickness LP0 for max. 0 mm wall thickness Preinstalled connectors other wall thicknesses on request without connector (standard) K M metal connector, pole, bottom M metal connector, pole, bottom, K0 configuration K900 M metal connector, pole, bottom M metal connector, 8pole, bottom, for K90 series connection M metal connector, 8pole, bottom, for K9 standalone connection other connectors on request For the complete list of possible combinations please contact our technical department. extraction force actuator extraction force N (standard) E F low level coded actuator VN F the switch recognises any type F actuator F high level coded actuator VN F the switch recognises one single type F actuator Cover configurations A C D E F G H actuator freely removable standard cover cover with button / yellow button / emergency button with rotary release cover with button / black button / emergency button with rotary release cover with button / black button cover with green button / red button cover with green button cover with button other configurations on request Code structure for actuator VN F F low level coded actuator the switch recognises any type F actuator F high level coded actuator the switch recognises one single type F actuator General Catalogue Safety 0708

5 series safety switches with solenoid and RFID technology Technical data Housing Metal head and housing, baked powder coating. Three threaded conduit entries M0x. Protection degree IP7 acc. to EN 09 IP9K acc. to ISO 0 Protection degree with control devices IP acc. to EN 09 with cable gland of equal or higher protection degree Main features Actuation without contact, using RFID technology Digitally coded actuator holding force 970 N SIL and PL e with a single device Optional integrated control devices Metal housing, three M0 conduit entries Protection degree up to IP7 and IP9K Versions with key release and emergency release button PL e also with series connection of up to devices Signalling Quality marks UL approval E787 TÜV SÜD approval Z EAC approval RU CIT.AД.В.00 In compliance with standards EN ISO, EN 097, EN 097, IEC 00, EN 00, EN ISO 0, IEC 09, EN 09, EN 00, EN 00, BGGSET, IEC 08, IEC 08, IEC 08, IEC 08, SN 900, EN ISO 89, EN ISO 89, EN 0, EN, EN, EN, ETSI 89, ETSI 89, ETSI 0, UL 08, CSA. No. Compliance with the requirements of Machinery Directive 00//EC EMC Directive 0//EU Directive 0//EU RED FCC Part Connection terminals Connection system PUSHIN spring type Crosssection of rigid/flexible wires w. wireend sleeve min. x 0. mm ( x AWG ) max. x. mm ( x AWG ) Wire crosssection with preinsulated wireend sleeve min. x 0. mm ( x AWG ) x max. x 0.7 mm ( x AWG 8) Cable stripping length (x) min. 8 mm max. mm General data SIL level (SIL CL) up to SIL acc. to EN 0 Performance Level (PL) up to PL e acc. to EN ISO 89 Safety category up to cat. acc. to EN ISO 89 Interlock with lock, no contact, coded type acc. to EN ISO Level of coding acc. to EN ISO low with F actuator High with F actuator Safety parameters MTTF D 88 years PFH D 8.07 E DC High Service life 0 years Ambient temperature 0 C 0 C Max. actuation frequency with actuator lock and release 00 operating cycles/hour Mechanical endurance million operating cycles Max. actuation speed 0. m/s Min. actuation speed mm/s Maximum force before breakage F max 970 N acc. to EN ISO Max. holding force F Zh 700 N acc. to EN ISO Maximum clearance of locked actuator mm Released actuator extraction force N Tightening torques for installation see page see page Electrical data of //I/I/I/EDM inputs Rated operating voltage U e Vdc Rated current consumption I e ma Electrical data of / safety outputs Rated operating voltage U e Vdc Output type PNP type OSSD Maximum current per output I e 0. A Minimum current per output I m 0. ma Thermal current I th 0. A Utilization category DC; U e = Vdc, I e =0. A Short circuit detection Yes Overcurrent protection Yes Internal selfresettable protection fuse. A Duration of the deactivation impulses at the safety outputs < 0 µs Permissible maximum capacitance between outputs < 00 nf Permissible maximum capacitance between output and ground < 00 nf Response time upon deactivation of / inputs typically 7 ms, max. ms Response time upon actuator removal typically ms, max. 00 ms Electrical data of / signalling output Rated operating voltage U e Output type Maximum current per output I e Utilization category Short circuit detection Overcurrent protection Internal selfresettable protection fuse RFID sensor data Assured operating distance S ao Assured release distance S ar Rated operating distance S n Repeat accuracy Differential travel Max. switching frequency Vdc PNP 0. A DC; U e = Vdc, I e =0. A No Yes. A mm mm (actuator not locked) mm (actuator locked). mm % s n 0 % s n Hz Power supply electrical data Rated operating voltage U e SELV Vdc ±% Operating current at U e voltage minimum ma with activated solenoid 0. A with activated solenoid and all outputs at maximum power. A Rated insulation voltage U i Vdc Rated impulse withstand voltage U imp. kv External protection fuse. A /. A type F or equivalent device Overvoltage category III Electrical endurance million operating cycles Solenoid duty cycle 0% ED (continuous operation) Solenoid consumption 9 W max. 7 General Catalogue Safety 0708

6 Features approved by UL Features approved by TÜV SÜD Utilization categories Vdc, 0. A (resistive load). In compliance with standard UL 08, CSA. No. Protection degree Ambient temperature Storage temperature PL, category SIL Please contact our technical department for the list of approved products. In compliance with standards 00//EC, EN 097 /0, EN 097 /0, EN 097 0, EN ISO, EN 08 (SIL ), EN 08 0 (SIL ), EN 08 0 (SIL ), EN 08 (SIL ), EN 0/0 (SIL CL ), EN ISO (PL e, cat. ). Inputs supplied by remote class source or limited voltage and limited energy IP7, IP9K 0 C 0 C C 7 C PL e, cat.. SIL / SIL CL Please contact our technical department for the list of approved products. Selection table for switches with high level coded actuators Mode OS safety outputs active with locked and closed guard Mode OS safety outputs active with closed guard Operating principle D, with Operating principle D, emergency release button with key release and and sealable auxiliary emergency release button release device Operating principle D, with sealable auxiliary release device Operating principle E Operating principle D, with key release Operating principle E, with emergency release button DDAF DEAF DDAF DDAF D7DAF D7EAF DDAF DEAF DDAF DDAF D7DAF D7EAF To order a product with EDM input replace number with number in the codes shown above. Example DDAF DDAF Selection table for switches Mode OS safety outputs active with locked and closed guard Mode OS safety outputs active with closed guard Operating principle D, with Operating principle D, emergency release button with key release and and sealable auxiliary emergency release button release device Operating principle D, with sealable auxiliary release device Operating principle E Operating principle D, with key release Operating principle E, with emergency release button DDA DEA DDA DDA D7DA D7EA DDA DEA DDA DDA D7DA D7EA To order a product with EDM input replace number with number in the codes shown above. Example DDA DDA Legend interlock with lock monitoring acc. to EN ISO Selection table for actuators Level of coding acc. to EN ISO Article low VN F high VN F General Catalogue Safety 0708 The use of RFID technology in series devices makes them suitable for several applications. Pizzato Elettrica offers two different versions of actuators, in order to best suit customers specific needs. Type F actuators are all encoded with the same code. This implies that a device associated with an actuator type F can be activated by other actuators type F. Type F actuators are always encoded with different codes. This implies that a device associated with an actuator type F can be activated only by a specific actuator. Another F type actuator will not be recognised by the device until a new association procedure is carried out (reprogramming). After reprogramming, the old actuator F will no longer be recognized. The D and D files are available at Items with code on green background are stock items 8

7 series safety switches with solenoid and RFID technology Complete safety system The use of complete and tested solutions guarantees the electrical compatibility between the series switches and the safety modules from Pizzato Elettrica, as well as high reliability. The switches have been tested with the modules listed in the adjacent table. VN F Vcc Pizzato Elettrica CS series safety module Switches Compatible safety modules Instantaneous safety contacts Safety module output contacts Delayed safety contacts Signalling contacts CS AR0 NO / NC CS AR0 NO / NC CS AR08 NO / / CS AT0 NO NO NC CS AT NO NO / CS MP page CS MF page 8 All series switches can be connected to safety modules or safety PLCs with OSSD inputs provided compatibility is ensured in advance. series switches can be used as individual devices provided that the safety outputs be evaluated by a Pizzato Elettrica safety module (see table for combinable safety modules). Vcc Vcc VN F VN F VN F VN F VN F VN F Pizzato Elettrica CS series safety module PLC Pizzato Elettrica CS MP series programmable safety module Possibility of series connection of multiple switches for simplifying the wiring of the safety system, whereby only the outputs of the last switch are evaluated by a Pizzato Elettrica safety module (see table with compatible safety modules). Each series switch is provided with two signalling outputs which are activated when the guard is closed () or locked (). Depending on the specific requirements of the system that has been realised, the signals of the signalling outputs can be evaluated by a PLC. Possibility of series connection of multiple switches for simplifying the wiring of the safety system, whereby only the outputs of the last switch are evaluated by a Pizzato Elettrica safety module of the CS MP series. Both the safetyrelevant evaluation and the evaluation of the signalling outputs are performed by the CS MP series. The examples listed above refer to applications with Internal block diagram CODE ACT f EDM f I LOCK f IN f OUT f f0 PWR A The diagram on the side represents the logic functions which Function interact inside the device. PWR Power supply / selfdiagnosis Function f0 is a basic function and includes the monitoring of the power supply as well as internal, cyclical tests. Function f monitors IN status of safety inputs the status of the device inputs, whereas function f monitors the OUT status of safety outputs presence of the actuator within the detection areas of the switch. ACT actuator state Function f checks the actuator lock condition. LOCK actuator locked Function f is intended to activate or deactivate the safety outputs state of EDM inputs and check for any faults or short circuits in the outputs. EDM ( D ) In the EDM versions, the f function verifies the consistency of the EDM signal during safety output state changes. The safetyrelated function, which combines the subfunctions mentioned above, only activates the safety outputs for the switches in mode if the input signals are correctly applied and the actuator pin is in the safe actuation area in the head and locked. The safety outputs for switches in mode are activated if the input signals are correctly applied and the actuator pin is in the safe actuation area in the head. The status of each function is displayed by the corresponding (PWR, IN, OUT, ACT, LOCK, EDM), in such a way that the general device status becomes immediately obvious to the operator. General Catalogue Safety 0708

8 Actuation sequence in mode PWR ACT PWR ACT PWR ACT PWR ACT PWR ACT IN LOCK IN LOCK IN LOCK IN LOCK IN LOCK OUT OUT OUT OUT OUT The switch is supplied with power (PWR on, green), the and inputs are enabled (IN on, green), the and safety outputs are disabled (OUT off). The actuator is outside of the actuation zone ( ACT off). When the actuator is brought inside the safe actuation area (dark grey area), the switch turns on the ACT (green). In this position, the signalling output (doorclosed) is activated. The actuator is not locked (LOCK off). The I input can be used to lock the actuator (LOCK on, green). The and safety outputs are enabled (OUT on, green). The signalling output is activated at the same time. The safe actuation area is extended in order to allow greater play for the actuator. The I input can be used to unlock the actuator (LOCK off). The switch disables the and safety outputs and turns off the OUT. The signalling output is deactivated at the same time. The safe actuation area returns to the initial values. When the actuator leaves the actuation limit area, the device turns off the ACT and the signalling output. Actuation sequence in mode In contrast to the above mode description, the safety outputs and enable when the actuator is detected, and disable when the actuator is no longer detectable. Operating states PWR IN OUT ACT LOCK EDM (a) Device state OFF Device switched off. POWER Internal tests upon activation. ON Safety inputs of the device not active. Activation of safety inputs. Safety inputs incoherence. Recommended action check for presence and/or wiring of inputs. ERROR ERROR ERROR ERROR in safe area. signalling output active. in safe area and locked; and outputs active. Mode Activation of safety inputs,. in safe area and locked.,, and outputs active. Mode Activation of safety inputs,. in safe area., and outputs active. Error on safety outputs. Recommended action check for any short circuits between the outputs, outputs and ground or outputs and power supply, then restart the device. detection error. Check the physical integrity of the device and, in case of failure, please replace the entire device. If undamaged, realign the actuator with the switch and restart the device. Internal error. Recommended action restart the device. If the failure persists, replace the device. EDM signal active (external relay off) a EDM signal not active (external relay on) a Error in the EDMa function External device monitoring (EDM) The D version, in addition to maintaining A the operating and safety D EDM characteristics of the series, allows control of forcibly guided NC K contacts of contactors or relays controlled by K the safety outputs of the switch itself. As an alternative to the relays or contactors you can use Pizzato Elettrica expansion modules CS ME0. See page. This check is carried out via the EDM input (External Device Monitoring as defined in EN 9 ) of the switch. VN F VN F VN F K D D D This version, with the IS safety inputs, can be used at the end of a series of switches, up to a maximum number of devices, while maintaining the maximum PL e safety level and acc. to EN ISO 89 and SIL safety level acc. to EN 0. This solution allows you to dispense with the safety module connected to the last device in the chain. K EDM PLC Legend = off = on = flashing = alternating s = indifferent (a) Available only in versions D General Catalogue Safety 0708

9 series safety switches with solenoid and RFID technology Connection with safety modules Connections with CS AR08 safety modules Input configuration with monitored start channels / Category / up to SIL / PL e Connections with CS AR0 / CS AR0 safety modules Input configuration per manual start (CS AR0 ) or monitored start (CS AR0 ) channels / Category / up to SIL / PL e A A S S S S S CS CS S S S S A S S S A Connections with CS AT0 / CS AT safety modules Input configuration with monitored start channels / Category / up to SIL / PL e Connections with CS MF, CS MP safety modules The connections vary according to the program of the module Category / up to SIL / PL e A A A S S S CS Ixx Ixx Ixx Ixx S S S S A CS Application example on page. Pin assignments (version with standard cover D A) Internal terminal strip M connector pole M connector, pole M connector, 8pole standalone connection M connector, 8pole series connection with Y connectors Connection A B I I B I A Supply input 0 V B 0 V auxiliary supply output 8 8 I Solenoid activation input / Signalling output, actuator inserted 9 9 (c) Signalling output, actuator inserted and locked (b) 8 8 / I programming input Supply input Vdc B Auxiliary supply output Vdc, (I th 8 A max.) / Safety input / Safety input / / I EDM input (a) Safety output Safety output 9 7 Important terminals 7, 8, 9, 7, 8 of the internal terminal strip must not 7 8 be used. (a) Available in D version only. 7 (b) For D the output signals the fault condition of the device. (c) Available for 8pole connector, not available for the end of a chain with Y connectors. 8 8 Female connectors see page 99 General Catalogue Safety 0708

10 Dimensional drawings All values in the drawings are in mm Switch DD A Operating principle D, with sealable auxiliary release device, without actuator Switch DE A Operating principle E, without actuator Switch DD A Operating principle D, with key release, without actuator Switch DD A Operating principle D, with key release and emergency release button, without actuator Switch D7D A Operating principle D, with emergency release button, without actuator Switch D7E A Operating principle E, with emergency release button, without actuator Ø 8 Ø Ø 8 Ø Ø 8 Ø VN F. 9. Ø R >0. 8. The D and D files are available at General Catalogue Safety 0708

11 series safety switches with solenoid and RFID technology Switch with integrated fieldwireable control devices D C D D Terminals Terminals NONC NONC 0 emergency button, not illuminated, with rotary release NC button, not illuminated, NONC NONC 0 yellow 7 9 emergency button, not illuminated, with rotary release NC red 8 D E black 7 9 red 8 D F Terminals Terminals NONC NONC green button, not illuminated, NONC 0 NONC black 0 red D G D H Terminals Terminals NONC green NONC 0 0 Terminal assignments (version with integrated control devices) Terminal no. Internal terminal strip for switch D C D D Connection A B I I B I Supply input 0 V 0 V auxiliary supply output Solenoid activation input Signalling output, actuator inserted Signalling output, actuator inserted and locked (b) programming input Supply input Vdc Auxiliary supply output Vdc, (Ith 8 A max.) Safety input Safety input EDM input (a) Safety output Safety output Important terminals 7, 8, 9, 7, 8 of the internal terminal strip must not be used. (a) Available in D version only. (b) For D the output signals the fault condition of the device. Internal terminal strip integrated control devices Supply input Vdc / device Supply input Vdc / device Supply input Vdc / device Supply input 0 V / Contact Device Contact Contact Device Contact Contact Device Contact D E D F D G D H A A A B B B I I I I I I B B B I I I General Catalogue Safety 0708

12 Switch with integrated control devices and M connector, pole D CK0 D DK0 Pin no. Pin no. 7 8 NO NO 7 8 button, not illuminated, NO NO yellow emergency button, not illuminated, with rotary release NC emergency button, not illuminated, with rotary release NC red D EK0 black red D FK0 Pin no. Pin no NO NO green button, not illuminated, NO NO black red D GK0 D HK0 Pin no. Pin no. 7 8 NO green 7 8 NO Terminal assignments (version with integrated control devices) M connector, pole D CK0 D DK0 Connection A B I 9 7 I B I Supply input 0 V 0 V auxiliary supply output Solenoid activation input Signalling output, actuator inserted Signalling output, actuator inserted and locked (b) programming input Supply input Vdc Auxiliary supply output Vdc, (Ith 8 A max.) Safety input Safety input EDM input (a) Safety output Safety output Important terminals 7, 8, 9, 7, 8 of the internal terminal strip must not be used. (a) Available in D version only (b) For D the output signals the fault condition of the device. 7 / / / / 8 / D EK0 D FK0 D GK0 D HK0 A A A B B B I I I I 7 I 7 I 7 B B B I I I Contact Device Contact Contact Device Contact Contact Device Contact Supply input Vdc / device Supply input Vdc / device Supply input Vdc / device Supply input 0 V / Female connectors see page 99 General Catalogue Safety 0708

13 series safety switches with solenoid and RFID technology Dimensional drawings All values in the drawings are in mm Available integrated devices D switch with integrated control devices Colours Article Illuminated button, White Red Green Yellow Blue VN AC00 VN AC00 VN AC00 VN AC00 VN AC00 Combinable with contacts NO NO NONC Installation height (x) mm Ø x Button, not illuminated, springreturn Black VN AC007 NO NO NONC.. Indicator light White Red Green VN AC0 VN AC00 VN AC0 / x Emergency button acc. to. EN ISO 80 Rotary release Pushpull release Emergency release button, illuminated, acc. to. EN ISO 80 Red Red VN AC0 VN AC0 NC. NC. Rotary release Pushpull release Red Red VN AC0 VN AC0 Illuminated selector switch with handle, with transparent lens for Black VN AC0 NO NO NONC.8 Black VN AC0 Key selector switch, positions Black Black VN AC0 VN AC0 NO NO NONC without key ~ with key ~ Closing cap Black VN AC090 / Fixing key Black VN AC080 / / Technical data of the integrated control devices General data Protection degree IP acc. to EN 09 Mechanical endurance Springreturn button million operating cycles Emergency button 0,000 operating cycles Selector switch Key selector switch 0,000 operating cycles 0,000 operating cycles,000 operating cycles including removal of the key Actuating force Springreturn button N min 0 N max. Emergency button 0 N min 0 N max. Selector switch 0. Nm min. Nm max. Key selector switch 0. Nm min. Nm max. Contact blocks of the control devices Material of the contacts silver contacts Contact type Selfcleaning contacts with double interruption Legend Maintained Springreturn Key extraction position Other devices and contacts on request. Please contact our technical office for the complete list of available products. Electrical data Thermal current I th A Rated insulation voltage U i Vac/dc Rated impulse withstand voltage U imp. kv supply voltage Vdc ± % supply current ma per Utilization category of the contact block Direct current DC U e (V) I e (A) 0. In compliance with standards IEC 097, IEC 097, EN ISO 80 Installation for safety applications Always connect the safety circuit to the NC contacts (normally closed contacts) as stated in standard EN 097. General Catalogue Safety 0708

14 Extensions for release button VN ERB Red metal release button Ø M 0 Ø M M M Ø 0 0 M Ø Metal extension for relevn LP0 ase button. For max. wall thickness of 0 mm Metal extensions can be combined with one another to achieve the desired length. Do not exceed an overall length of 00 mm between the release button and the switch. Use mediumstrength thread locker to secure the extensions. 0 M Metal extension for relevn LP0 ase button. For max. wall thickness of 0 mm M M Metal extension for relevn LP ase button. For max. wall thickness of mm Drawing M Metal extension for relevn LP ase button. For max. wall thickness of mm 8 Article.8 9 Compatibility with P KUBE safety handles Anywhere it is necessary to monitor access to dangerous areas of machines or systems, the P KUBE safety handles can be used on doors or guards. Together with the series RFID safety switches with guard locking, these door handles form an integrated locking system for guards that enables access control to dangerous areas. This combination allows a robust system to be created completely out of metal which is compact and configurable. It contains an RFID safety switch with centring pin for the door and optional emergency release button, an adjustable handle with LOCK OUT device and command devices. The same article can be used on hinged doors with left and right stop as well as with sliding doors. Article Safety door handle with LOCK OUT device, with AP GAP plates with multiple fastening options Article Adhesive labels for emergency release button Polycarbonate yellow adhesive, rectangular, 0x mm, red inscription. It has to be fixed on the internal part of the jamb and helps finding the emergency release button. Article Article Safety door handle with LOCK OUT device, with AP GA0P plates with multiple fastening options VF APAGR0 PREMERE PER USCIRE VF APAGR0 PUSH TO EXIT Safety door handle with AP GZ00P LOCK OUT device, with plate Accessories Article VF KLB0 Set of two locking keys Extra copy of the locking keys to be purchased if further keys are needed (standard supply units). The keys of all switches have the same code. Other codes on request. VF APAGR0 ZUM ÖFFNEN DRÜCKEN VF APAGR0 POUSSER POUR SORTIR VF APAGR0 PULSAR PARA SALIR VF APAGR07 НАЖАТЬ ДЛЯ ВЫХОДА VF APAGR08 NACISNĄĆ ABY WYJŚĆ VF APAGR09 PRESSIONAR PARA SAIR Series connection I To simplify series connections of the devices, various M connectors are available that allow complete wiring. This solution significantly reduces installation A times while at the same time maintaining the maximum safety levels PL e and SIL. For further information see page. Items with code on green background are stock items General Catalogue Safety 0708